Mining Technologies Innovative Development
Mining Technologies Innovative Development
English[eng]
9783040000000
underground mining||ventilation systems||methane release hazard||spontaneous combustion hazard||safety||copper ore comminution||hydro-jet mill||high-pressure water jet||deep underground min||IoT devices||smartphone||gas hazards||Industry 4.0 in mining||ball mills||energy efficiency||internal dynamics||DEM model||resonance oscillations||measurements||drilling rig||process monitoring||operational cycles||sound measurement||electric current acquisition||threshold-based segmentation||envelope spectrum||safety function||electro-hydraulic control system||powered roof support||textile conveyor belts||multiply conveyor belts||multiply belt splices||laboratory splice tests||fluid coupling||ball mill||electric motor||drive system||grinding||energetic efficiency||surface mining||mining equipment||multiple criteria decision making (MCDM)||ELECTRE III||thermal imaging||belt conveyor||diagnostics||mechanical failure||preventative maintenance||well reamer||rock mass||intensification of production||nonlinear law||completion of wells||innovative technology||UAV||acoustic signal processing||Euclidean distance||underground mine||search and rescue||drilling||pipe||drill bit||manufacturing error||material||model||elastic modulus||computational fluid dynamics||numerical model geometry||laser scanning||machine diagnostics||LHD||engine oil pressure data||oil pump wear||statistical analysis||convergence functions||numerical modeling||high horizontal stress||excavations stability assessment||mobile laser scanning||Velodyne LiDAR||Riegl scanning system||open pit mine||underground laboratory||new ways of mine reclamation||sustainability||circular economy||radar interferometry||subsidence trough||automatic detection||mathematical morphology||n/a
English[eng]
9783040000000
underground mining||ventilation systems||methane release hazard||spontaneous combustion hazard||safety||copper ore comminution||hydro-jet mill||high-pressure water jet||deep underground min||IoT devices||smartphone||gas hazards||Industry 4.0 in mining||ball mills||energy efficiency||internal dynamics||DEM model||resonance oscillations||measurements||drilling rig||process monitoring||operational cycles||sound measurement||electric current acquisition||threshold-based segmentation||envelope spectrum||safety function||electro-hydraulic control system||powered roof support||textile conveyor belts||multiply conveyor belts||multiply belt splices||laboratory splice tests||fluid coupling||ball mill||electric motor||drive system||grinding||energetic efficiency||surface mining||mining equipment||multiple criteria decision making (MCDM)||ELECTRE III||thermal imaging||belt conveyor||diagnostics||mechanical failure||preventative maintenance||well reamer||rock mass||intensification of production||nonlinear law||completion of wells||innovative technology||UAV||acoustic signal processing||Euclidean distance||underground mine||search and rescue||drilling||pipe||drill bit||manufacturing error||material||model||elastic modulus||computational fluid dynamics||numerical model geometry||laser scanning||machine diagnostics||LHD||engine oil pressure data||oil pump wear||statistical analysis||convergence functions||numerical modeling||high horizontal stress||excavations stability assessment||mobile laser scanning||Velodyne LiDAR||Riegl scanning system||open pit mine||underground laboratory||new ways of mine reclamation||sustainability||circular economy||radar interferometry||subsidence trough||automatic detection||mathematical morphology||n/a